packageThermal

Thermal models of heat transfer

Extends from Modelica.Icons.Package (Icon for standard packages).

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This package contains models of physical processes and components related to heat transfer phenomena.

All models with dynamic equations provide initialisation support. Set the initOpt parameter to the appropriate value:

Choices.Init.Options.noInit: no initialisation
Choices.Init.Options.steadyState: full steady-state initialisation

The latter options can be useful when two or more components are connected directly so that they will have the same pressure or temperature, to avoid over-specified systems of initial equations.

Name	Description
HT	Thermal port for lumped parameter heat transfer
DHTNodes	Distributed Heat Terminal
DHTVolumes	Distributed Heat Terminal
HThtc_HT	HThtc to HT adaptor
HT_DHTNodes	HT to DHT adaptor
HT_DHTVolumes	HT to DHT adaptor
TempSource1DFV	Uniform Distributed Temperature Source for Finite Volume models
TempSource1DlinFV	Linearly Distributed Temperature Source for Finite Volume models
TempSource1DFEM	Distributed Temperature Source for FEM models
TempSource1DlinFEM	Linearly Distributed Temperature Source for FEM models
HeatSource1DFV	Distributed Heat Flow Source for Finite Volume models
HeatSource1DNonUniformFV	Distributed Heat Flow Source for Finite Volume models with non-uniformly distributed flow
HeatSource1DFEM	Distributed Heat Flow Source for FEM models
MetalTubeFV	Cylindrical metal tube model with Nw finite volumes
MetalTubeFEM	Cylindrical metal tube - 1 radial node and N axial nodes
MetalWallFV	Generic metal wall model with Nw finite volumes
MetalWallFEM	Generic metal wall - 1 radial node and N axial nodes
HeatExchangerTopologyFV	Connects two DHTVolumes ports according to a selected heat exchanger topology
CounterCurrentFV	Connects two DHTVolume ports according to a counter-current flow configuration
CounterCurrentFEM	Counter-current heat transfer adaptor for 1D FEM heat exchangers
ConvHTFV	1D Constant thermal conductance
FoulingFV	1D FV thermal resistance due to fouling
ConvHTLumped	Lumped parameter convective heat transfer
HeatTransferFV	Heat transfer models for FV components
HeatTransferFEM	Heat transfer models for FEM components
MaterialProperties	Thermal and mechanical properties of materials
HeatExchangerTopologies
BaseClasses
HThtc	Thermal port for lumped parameter heat transfer with outgoing heat transfer coefficient
HThtc_in	Thermal port for lumped parameter heat transfer with incoming heat transfer coefficient
DHT	Distributed Heat Terminal
DHThtc	Distributed Heat Terminal with heat transfer coefficient output
DHThtc_in	Distributed Heat Terminal with heat transfer coefficient input
DHThtc_DHT	DHThtc to DHT adapter
HT_DHT	HT to DHT adaptor
HThtc_DHThtc	HThtc to DHThtc adaptor
HeatSource1Dhtc	Distributed Heat Flow Source
HeatSource1D	Distributed Heat Flow Source
TempSource1D	Distributed Temperature Source
TempSource1Dlin	Linearly Distributed Temperature Source
ConvHT	1D Convective heat transfer
ConvHTLumped_htc	Lumped parameter convective heat transfer between a HT and a HThtc
ConvHT2N	1D Convective heat transfer between two DHT connectors with a different number of nodes
ConvHT_htc	1D Convective heat transfer between a DHT and a DHT_htc
ConvHT2N_htc	1D Convective heat transfer between two DHT connectors with a different number of nodes
CounterCurrent	Counter-current heat transfer adaptor for 1D heat transfer
MetalWall
MetalTube	Cylindrical metal tube - 1 radial node and N axial nodes
CylinderFourier	Thermal model of a hollow cylinder by Fourier's equation - 1 axial node and Nr radial nodes
HeatFlowDistribution	Same heat flow through two different surfaces
linspaceExt

packageThermal

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